so Microsoft literally just demoed one of their amazing new products, their co-pilot AI. That are literally going to change how we use computers. And if you don't believe me, please watch the video until the end before you make a comment. Because what I saw is truly stunning. So let's take a look at the trailer. And then I'm going to show you guys some of the unique features that this really does offer. [Music] [Music] n [Music] [Music] So that was a really quick overview of some of the things that are going to be coming. But this video is going to show you guys a few of those things in a lot more detail. So one of the things, and this is where I say I truly do believe that things are about to change, is the co-pilot plus games or co-pilot plus computer. So this is truly science fiction, because this is essentially Jarvis. So if you don't know what Jarvis is, basically in Iron Man, there was an AI.

system that was connected to pretty much every application, and it was able to see things and be able to be your virtual assistant. That was really, really good. So basically, what we're about to see here is a demo of co-pilot helping someone who is playing a game. They're playing Minecraft, and they're literally able to, in real time, get feedback on what they should be doing. I think it is really, really futuristic, but take a look at the demo 'cause it's pretty crazy. Hey, co-pilot, how's it going? Hey, I'm doing great, and it looks like you're about to dive into some Minecraft, ready to build, explore, and maybe dodge a few mobs. Yeah, I'm trying to figure out how to make a sword. My son plays this game all the time, and I have no idea what I'm doing. No worries, I'm here to help you impress your son. I see you've got a crafting table in front of you, which is a great start. To craft a sword, you'll need some materials. Can you open your inventory? Just press E on your...

keyboard, yeah. Uh, do I have what I need? Let's see. You've got some sticks, perfect for the sword's handle, but it looks like you're missing the material for the blade. You can use wood, stone, iron, gold, or diamond. Let's start by gathering some wood or stone. Shall we head out and find some resources? Yeah, that sounds great. Oh my God, what's that? Oh no, it's a zombie! Run! You need to get away from it fast. Either sprint away or quickly build a tower of blocks straight up to get out of its reach. If you can find a shelter or dig into the side of a hill, do it now. Just make sure it can't reach you. All right, I think I might be safe now. That was a close one. Great job finding shelter.

some resources. Yeah, that sounds great. Oh my God, what's that? Oh no, it's a zombie. Run! You need to get away from it fast. Either sprint away or quickly build a tower of blocks straight. So yeah, I think this demo is what surprised me most because surprisingly no one's built this just yet, and I think this is a product that we could all use. I mean, you know, I don't think I need help in certain video games, but I think with regards to certain computer tasks, it actually might be pretty useful. So for those of you who are pretty tech-savvy, you might think, Okay, why would I ever even use this? What is the point of this? But think about it like this. For example, you've got a kid who wants to learn how to play a game, or you've got someone elderly who's trying to get to grips with a certain, maybe a game, a certain piece of technology, a form that they're trying to fill out. This kind of, you know, I guess you could say application has a lot more use cases.

than the standard generative AI chat interface. So imagine an elderly person trying to correctly fill out a form, and you know you can talk back and forward with your system, asking it which things I should click on, and in some cases in the future what will happen. And this is what my prediction is for the future of things, and there's going to be some more cool demos in a moment, but the AI is going to be able to do some of those moves for you. So you're going to be able to be like, Okay, I need a paragraph on this, and it's going to be able to write that. You're going to be able to talk with it. So I think this just shows us a small glimpse into the future of what's to come. Now, there was also something really, really cool that I think has a lot of different applications. Whilst yes, I think this Jarvis feature is so cool for video games and just a million different things. Like, for example, I mean, you know, you could literally be like editing a project and

you know you could play back the video. See how well it is. You could be, you know, designing a poster. I mean, there's just a million different things you could do. But I think this new feature here, this is called Recoil, and its ability to have basically unlimited memory. So I want you guys to look at this 'cause this is pretty, pretty crazy. And this entire video is going to show you guys pretty much the first time that I think we're going to get that huge technological innovation that truly changes the way we use computers. To show you Recoil, I'd like to welcome our product leader on Windows who built this incredible new capability, Karolina Hernandez. This welcome. [Applause] Carolina, thanks. Carolina, give us an overview of Recoil, please. Yeah, absolutely. I would love to. My team developed Recoil to help you find anything you have ever seen or done on your PC. We leverage the power of the MPU to ensure content stays on your device, which makes the experience fast and maintains your privacy. Okay, let me show

you a few ways that recall helps me. Like all of you, I am constantly jumping between different tasks throughout my day, managing my time between a career I am passionate about, staying connected with my family and friends around the world, and the hobbies that I love. Reco helps me get through all these tasks more quickly. My family and I have been searching for the perfect dress for my grandmother who lives in Colombia to wear at my cousin's wedding. I've been browsing Pinterest and shopping websites for some options that I can share with her. After looking for options for a few weeks, I wanted to go back and see some of the favorite blue dresses I have found, but I didn't keep all my browser tabs open. With recall, I can just search for blue dress and it pulls together all the dresses I have seen. Now Grandma decided that she wanted to get the awesome pamu that we shared in our Discord chat about 3 weeks ago. Now scrolling through multiple weeks of chat messages to find that specific D would have taken an

eternity. Instead with recall, it was easy. I refined my search using the script of language. Blue pan suit with a sequin lace from from Abita. And as you can see, recall quickly found the Discord chat my family and I were using to discuss the options. And here it is, the dress that aita liked. Recall analyzes the snapshot and it gives me options for what I can do next. In this case, I want to click the link which takes me back to the right web page where I can make the purchase. And now Grandma has a gorgeous outfit for the wedding. This is a great example, Carolina, that I think is going to show how recall is so helpful for people. But one thing I'm not sure people noticed is you used the word peacock, but it wasn't anywhere in what you were searching for. How did recall recognize that and what's going on behind the covers? Yeah, absolutely. So recall can understand that peacock is in the family of the blue hues. So it creates that semantic association that is used to help me find.

the dress recall is also essential for me at work. Like many of you, my team and I spend a ton of time collaborating on presentations and documents. For example, over the past few weeks, we have been collaborating on a presentation for a product. The deck was created by my partners in the marketing team, and when I finally got around to add my content, I could not figure out where to look for the deck. I tried to remember: was the deck shared in the call? Maybe I had seen it in an email, or maybe I could go and find it in my recent files in PowerPoint. I don't really have time to spend clicking around, but with recall, I no longer have to go on a searching expedition. I remembered in the outline we had added a purple chart with writing, a purple WR, a chart with purple writing, and to find the PowerPoint, all I had to do was simply use my voice to search for that clue that I remember. In a few seconds, Reco found the deck for me and noticed that it took me to the exact slide that

I remember saving me even more time now, to put the finishing touches I wanted to add the final marketing line, but couldn't remember the exact words. I did remember that Nikki shared it in the planning meeting on teams last Tuesday, with timeline and recall. I was able to scroll back in time and find the snapshot of that meeting. I was then able to quickly copy that um quote and add it to the deck, and then once again recall made it easier for me to find the information just using the clues that I remember. Now, these are just two of the examples of how I use recall on a daily basis, so I thought that was rather impressive because once again, this opens up a huge, huge amount of opportunities because with recall, it's basically like having unlimited memory for your computer. I'm sure we literally all do a million different things on our computer, and sometimes we often do forget things, and what this allows us to do is this literally allows us to recall anything we've ever done on our computers. And I think, I think that what we have here is

something that's truly truly impressive and pretty game-changing because you can imagine a scenario where you know you need to find an important email. You need to find an important document that you're working on. Or you need to find, you know, something like an article that you're viewing and you really enjoyed it. You're literally able to go back, view that, and immediately get that information. And you can see here, I think one of the most impressive things about this wasn't the fact that this was some kind of basic search history. It was the fact that you could literally in natural language describe what you're looking for, like a blue pants suit with, you know, sequin lace from Abita. And then you could immediately find what you're talking about. So the visual matches and the text matches are really, really important and really, really key. I think this is going to be a really unique feature because it's integrated directly into your PC. So it allows you to just literally remember anything that you've done. And I think another thing that

would be cool in the future is that you know maybe you could say, Okay, what were some of the things I worked on last week? Recall could be in the future. I'm not sure if this is going to be a feature just yet, but they could allow it to, you know, say, Okay, you worked on this, you worked on that. You know, you could have it for, you know, your time keeping in terms of how much you use certain apps. I mean, it's something that is, I think, opens up, like I said, whole range of different possibilities. Like, you could say, based on the work that I've done previously, analyze the footage and see where I'm lacking. You know, maybe the AI is like, Maybe have you tried using this program in your workflow? You could be a lot faster. I mean, there is just a lot that I think is going to come from this that a lot of people don't realize. I think this is just the first step, and I think with these co-pilot PCS, we're going to see a lot more AI.

integration that is truly going to change the game. Now, there was also another integration that I did want to show you guys, 'cause this one I think was really, really, really cool too. And this is the co-creator. Now, most of you may have actually seen something similar to this because there do exist some online programs that are quite similar to this, but I think that now this is going to be integrated into the Surface Pro natively. This is going to change a lot of people's workflows and make them a lot quicker. Today, we're releasing a brand new feature called co-creator that will allow you to explore the full range of your imagination without sacrificing the integrity or intent of your original drawing. Let me show you how fun this is. So, this experience is built on diffusion-based algorithms, meaning we start with the random image and go through a series of denoising or diffusion as that random image tries to match up with our text prompt. In this case, I'm going to use mountainous Valley of wild flowers since spring is in full bloom.

now the magical thing about this experience is that the generated output is not only taking guidance from my text prompt but also my ink strokes. So, notice how these two blue blobs have suddenly become a more refined valley. Now, there are five different machine learning models running locally in tandem to optimize for highest quality output over minimum number of inference steps, making the experience feel truly co-creative. The generated output responds to every single stroke. So, now I actually really love what we have going on here, but I can also play with how much I want AI to modify my output. So, with this creativity slider, the farther I slide to the left, the more closely it resembles my original drawing. The farther I slide to the right, the more freedom or creativity I allow AI to play with. Now, once I found the perfect balance here, I can take this a step further and actually continue iterating on top of my drawing. So, I think a monarch butterfly hovering over this flower would be the perfect ending. And there we go. So, I think this

actually shows us how AI can be used to increase the productivity of us on our creative tasks, and whilst yes, a lot of people saying that this is replacing people, I still think that many AI systems currently lack the, I guess you could say, adhering to the actual text prompts. This is something that I find, you know, many AI systems struggle with. So for those of you who just want to create something, and for those of you who aren't, you know, artistically talented like myself, this is going to be something that provides you the ability to create decent art from just basic strokes. And I think something like this is important because the overarching trend, what we've seen in this industry, is that AI is something that bridges the gap between the different skill classes. So this is something that is really, really, really impressive, uh, but it's not something I hadn't seen before. So co-creator seems to be something that is really impressive and something that we will likely see in the future in terms of how different skill levels are all

being B towards the same level, and I'm kind of excited for this because I think with this kind of technology now being put natively into computers, this is actually going to bring in another wave of people who previously didn't know about AI technologies. Because whilst yes, if you are someone that's watching this channel, you're likely someone who's pretty much into AI, but there are a lot of people who just go about their day-to-day lives and really don't see the impact of AI that it's going to have in their lives, whether it be generative, narrow. And it's important to, you know, kind of bring in that second huge wave of people that are then going to be surprised by what AI can do. Now, here's where we have the other announcement for Microsoft. This is their new device. It's another new device, and this is their Surface Pro, which they claim to be the fastest, most intelligent Surface Pro ever. And this is really, really impressive because it has a few things that are going to make this AI on the

device a lot faster. So essentially, they have an NPU in co-pilot, and they work in conjunction with the AI models running in the cloud to deliver enhanced performance and efficiency. So basically, how it works, and I was actually confused, but the NPU is designed to handle specific AI tasks directly on the device. And this includes real-time operations that benefit from low latency, such as image processing, voice recognition, and local data indexing. And you know, the things that are going to be processed by the NPU are things like Recall, which allows you to quickly access previously viewed content, Co-Creator, which is where you can generate images on device, and of course, Live Captions, where you can translate audio in real time. And of course, the more complex AI tasks that require substantial computational power and data can be offloaded to the cloud. And this actually leverages Microsoft's AER Cloud infrastructure, which hosts DLLMs like GPT-4 and allows you to do a lot of stuff. So essentially, what we have here is we have a seamless integration between the NPU and the cloud, which

allows for pretty efficient work, which is pretty different to what we have now. And I think this magic mask feature on my laptop, so I can select and make color complex, make complex color corrections to any object in a single frame and render that across the whole clip. So it's easy as this. I'll select the key frame and with just a single swipe, I'm able to detect and mask that jellyfish there. And if I play this forward, magic mask is going to attract the jellyfish through the whole clip. So let's now. I'm not a professional filmmaker myself, of course, but I've been playing around with this magic mask feature on my laptop. So I can select and make color complex, make complex color corrections to any object in a single frame and render that across the whole clip. So it's easy as this. I'll select a key frame and with just a single swipe, I'm able to detect and mask that jellyfish there. And if I play this forward, magic mask is going to attract the jellyfish through the whole clip.

so let's take a look at the test manager. Here, you'll notice the MPU is enabled, magic mask is offloaded, and my CPU—yep, my CPU and GPU resources—are almost completely available for me to work on any other task without slowing down my PC. And this is running really fast. I'm really impressed with this. Um, let's wait and see as it finishes. And so, what I'm going to do with this is I'm going to make a quick color edit. Um, we're going to change the color of this jellyfish and really see what we're able to do here with the power of this MPU. And hit play. And there it is—complex editing made quick and simple with [Applause] AI. We're so excited about the potential of copilot plus PCS to give time back to all creators so they can focus on what they do best. Thank you. Thanks oen. It's amazing to see that level of performance from our App Partners across the CPU and the MPU. Another new experience that's

powered by the MPU and available across all co-pilot plus species is live captions. Now with live translations. Imagine if we could talk to our family, our friends, and our colleagues, or enjoy content from across the world in any language. With this new feature, live captions will turn any audio that passes through your PC into a single consistent captions experience in real time on your screen. It's incredible and makes content more accessible to more people. Video calling has become such a huge part of our lives, both at home and at work. Let's watch how live captions can help Global teams communicate more naturally. Har [Applause]. For as you saw, the captions just switched automatically and instantly across three different languages: Spanish, Mandarin, and Russian. This was never possible before. And since it's a Windows feature, it's available across all your apps consistently. Any video calling app, any entertainment app, translated locally on the MPU. It translates from over 40 languages into English today, and we'll be adding more output languages over time with the impressive translate as

they talk feature. I think this is going to be something that is revolutionary for the ability to break down barriers internationally and to open up a vast ecosystem of different creat being able to connect with each other in a way that is a lot more meaningful. Now I think this is going to be something that is of course improved in the future with possibly even, you know, actual real-time voice translations as well, like with audio. But for now, I think the live captions feature is something that is really, really effective and something that I would love to see on my device. And I think also this short demo here was very, very effective because it showcased exactly what we could do when we have different parts of the computer that are specialized for different tasks. And this is going to allow a huge, huge, huge increase in terms of productivity because I mean being able to literally, you know, do a very, very intensive AI-related task on your computer without burdening the CPU or GPU is really, really impressive. And it makes me actually want to get one of

these and I guess that now when we're moving to different you know architectures in terms of hardware. I think that this is going to truly truly change the game, and people are going to really start to realize the value for AI. Okay, come on, come on.

Microsoft's New AI AGENT Computer SURPRISES Everyone! - New AI CO-Pilot PC

From the latest research and developments in machine learning and natural language processing, to practical applications and the ethical considerations surrounding AI, this channel is your go-to source for all things related to this exciting field. Subscribe now to stay up-to-date on the cutting-edge of AI and join the conversation about the future of intelligence.

contact@theaigrid.com (For Business Enquiries) 
